Super-Earths are exoplanets that are much larger than our home, but smaller than Neptune and Uranus. They are likely much ...

Astronomers have discovered that super-Earth exoplanets are more common across the universe than previously thought. While it can be relatively easy to locate worlds that orbit close to their star, ...

An analysis of two decades of data from NASA's Hubble Space Telescope has provided fresh insights into the complex atmospheric changes on Uranus that are largely driven by the effects of the sun's ...

"Super-Earth" is used to classify exoplanets that are more massive than Earth but less massive than ice giants like Neptune and Uranus. They are believed to be primarily rocky, similar to Earth ...

This could help astronomers identify exoplanets that might support ... 2022 — Astronomers may now understand why the similar planets Uranus and Neptune are different colors.

Uranus just got a little more time on its hands ... not only in our solar system but also on exoplanets and other faraway worlds, the researchers say. This visual shows three sequential images ...

That's where Uranus comes in. Uranus is a good proxy for exoplanets for several reasons. For example, many known exoplanets are gas giants with compositions similar to that of Uranus. Additionally ...

The study concludes that if scientists were to examine 40 to 80 exoplanets and find a "perfect" no-detection outcome, they could confidently conclude that fewer than 10 to 20% of similar planets ...

Japanese astronomers have a theory to explain all the weird things about Uranus, including its rotation ... of planets around other stars, so-called exoplanets, and observations suggest that ...

Uranus's atmosphere is primarily composed ... They can also "serve as a proxy for studying exoplanets of similar size and composition," the Hubble team said in the statement.